Uses of Class
net.sf.jaccumulator.scalars.NumericPrecision

Packages that use NumericPrecision

Package	Description
net.sf.jaccumulator.primitives
net.sf.jaccumulator.reals
net.sf.jaccumulator.scalars

Uses of NumericPrecision in net.sf.jaccumulator.primitives

Methods in net.sf.jaccumulator.primitives that return NumericPrecision

Modifier and Type	Method and Description
NumericPrecision	AbstractPrimitiveWrapper.getPrecision()

Methods in net.sf.jaccumulator.primitives with parameters of type NumericPrecision

Modifier and Type	Method and Description
Variant	Variant.assertPrecision(NumericPrecision prec)
PRIMITIVE	AbstractPrimitiveWrapper.assertPrecision(NumericPrecision prec)
Variant	Variant.promoteTo(NumericPrecision prec)
PRIMITIVE	AbstractPrimitiveWrapper.promoteTo(NumericPrecision prec)
static Primitive<?>	Variant.toPrimitive(NumericPrecision prec)

Constructors in net.sf.jaccumulator.primitives with parameters of type NumericPrecision

Constructor and Description
AbstractConstant(Domain aDomain, NumericPrecision aPrecision)
AbstractConstant(NumericPrecision aPrecision)
AbstractNumericPrimitive(Domain aDomain, NumericPrecision aPrecision)
AbstractNumericPrimitive(NumericPrecision aPrecision)
AbstractPrimitive(Domain aDomain, NumericPrecision aPrecision)
AbstractPrimitive(NumericPrecision aPrecision)
Constant(Domain aDomain, NumericPrecision aPrecision, boolean aBoolean, Boolean aBooleanObject, byte aByte, char aCharacter, Character aCharacterObject, double aDouble, float aFloat, int anInteger, long aLong, Number aNumber, short aShort, String aString, BigDecimal anUnlimitedDecimal, BigInteger anUnlimitedInteger, int aHashCode, int aSignum, boolean isInfinity, boolean isInvalid, boolean isMaximum, boolean isMinimum, boolean isNegative, boolean isNegativeInfinity, boolean isPositive, boolean isPositiveInfinity, boolean isUnity, boolean isZero)
Constant(NumericPrecision aPrecision, boolean aBoolean, Boolean aBooleanObject, byte aByte, char aCharacter, Character aCharacterObject, double aDouble, float aFloat, int anInteger, long aLong, Number aNumber, short aShort, String aString, BigDecimal anUnlimitedDecimal, BigInteger anUnlimitedInteger, int aHashCode, int aSignum, boolean isInfinity, boolean isInvalid, boolean isMaximum, boolean isMinimum, boolean isNegative, boolean isNegativeInfinity, boolean isPositive, boolean isPositiveInfinity, boolean isUnity, boolean isZero)
Constant(NumericPrecision aPrecision, double aDouble, BigDecimal ud)
Constant(NumericPrecision aPrecision, double aDouble, BigDecimal ud, String aString)
Constant(NumericPrecision aPrecision, double aDouble, float aFloat, BigDecimal ud, String aString)

Uses of NumericPrecision in net.sf.jaccumulator.reals

Constructors in net.sf.jaccumulator.reals with parameters of type NumericPrecision

Constructor and Description
AbstractReal(Domain aDomain, NumericPrecision aPrecision)
AbstractReal(NumericPrecision aPrecision)

Uses of NumericPrecision in net.sf.jaccumulator.scalars

Fields in net.sf.jaccumulator.scalars declared as NumericPrecision

Modifier and Type	Field and Description
static NumericPrecision	NumericPrecision.MAXIMUM
static NumericPrecision	NumericPrecision.MINIMUM

Methods in net.sf.jaccumulator.scalars that return NumericPrecision

Modifier and Type	Method and Description
NumericPrecision	SealedScalarDomain.getPrecision()
NumericPrecision	AbstractScalar.getPrecision()
static NumericPrecision	NumericPrecision.getPrecisionFor(Class<?> aClass)
static NumericPrecision	NumericPrecision.getPrecisionFor(Object aValue)
NumericPrecision	NumericPrecision.maximumOf(NumericPrecision prec)
NumericPrecision	NumericPrecision.maximumOfAll(NumericPrecision... precisions)
abstract NumericPrecision	NumericPrecision.promote()
abstract NumericPrecision	NumericPrecision.promoteAgainst(NumericPrecision prec) Answer a precision value such that any mathematical operation between values of this precision and those of the specified one will not result in a loss of information.
abstract NumericPrecision	NumericPrecision.toFloatingPoint()
static NumericPrecision	NumericPrecision.valueOf(String name) Returns the enum constant of this type with the specified name.
static NumericPrecision[]	NumericPrecision.values() Returns an array containing the constants of this enum type, in the order they are declared.

Methods in net.sf.jaccumulator.scalars with parameters of type NumericPrecision

Modifier and Type	Method and Description
DOMAIN	MutableScalarDomain.assertPrecision(NumericPrecision prec) Convert the numeric precision of this implementation to the closest available match for the proposed precision.
SCALAR	AbstractScalar.assertPrecision(NumericPrecision prec)
abstract int	NumericPrecision.compare(NumericPrecision prec) Primitive1 this precision against another.
int	PrecisionComparator.compare(NumericPrecision prec1, NumericPrecision prec2)
abstract boolean	NumericPrecision.isEquallyPreciseAs(NumericPrecision prec)
boolean	NumericPrecision.isLessOrEquallyPreciseAs(NumericPrecision prec)
abstract boolean	NumericPrecision.isLessPreciseThan(NumericPrecision prec)
boolean	NumericPrecision.isMoreOrEquallyPreciseAs(NumericPrecision prec)
abstract boolean	NumericPrecision.isMorePreciseThan(NumericPrecision prec)
NumericPrecision	NumericPrecision.maximumOf(NumericPrecision prec)
NumericPrecision	NumericPrecision.maximumOfAll(NumericPrecision... precisions)
abstract NumericPrecision	NumericPrecision.promoteAgainst(NumericPrecision prec) Answer a precision value such that any mathematical operation between values of this precision and those of the specified one will not result in a loss of information.
DOMAIN	MutableScalarDomain.promoteTo(NumericPrecision prec) If this object's implementation is less precise than the specified numeric precision, then convert this implementation to the closest available match for the proposed precision.
SCALAR	AbstractScalar.promoteTo(NumericPrecision prec)

Constructors in net.sf.jaccumulator.scalars with parameters of type NumericPrecision

Constructor and Description
AbstractScalar(Domain aDomain, NumericPrecision aPrecision)